KDevelop::Declaration Class Reference

#include <declaration.h>

Inheritance diagram for KDevelop::Declaration:

Public Types
enum	{ Identity = 7 }
enum	AccessPolicy : quint8 { Public, Protected, Private, DefaultAccess }
enum	Kind : quint8 {   Type, Instance, NamespaceAlias, Alias,   Namespace, Import, Macro }
Public Types inherited from KDevelop::DUChainBase
enum	{ Identity = 1 }

Public Member Functions
	Declaration (const Declaration &rhs)
	Declaration (const RangeInRevision &range, DUContext *parentContext)
	Declaration (DeclarationData &dd)
	~Declaration () override
AbstractType::Ptr	abstractType () const
virtual void	activateSpecialization ()
virtual uint	additionalIdentity () const
void	allocateOwnIndex ()
bool	alwaysForceDirect () const
void	clearOwnIndex ()
Declaration *	clone () const
QByteArray	comment () const
DUContext *	context () const
bool	equalQualifiedIdentifier (const Declaration *rhs) const
bool	hasUses () const
virtual DeclarationId	id (bool forceDirect=false) const
Identifier	identifier () const
const IndexedIdentifier &	indexedIdentifier () const
IndexedType	indexedType () const
virtual bool	inDUChain () const
bool	inSymbolTable () const
DUContext *	internalContext () const
bool	isAnonymous () const
bool	isAutoDeclaration () const
bool	isDefinition () const
bool	isDeprecated () const
bool	isExplicitlyDeleted () const
bool	isExplicitlyTyped () const
virtual bool	isForwardDeclaration () const
virtual bool	isFunctionDeclaration () const
bool	isTypeAlias () const
Kind	kind () const
Declaration *	logicalDeclaration (const TopDUContext *topContext)
const Declaration *	logicalDeclaration (const TopDUContext *topContext) const
virtual DUContext *	logicalInternalContext (const TopDUContext *topContext) const
Declaration &	operator= (const Declaration &rhs)=delete
bool	operator== (const Declaration &other) const
uint	ownIndex () const
QualifiedIdentifier	qualifiedIdentifier () const
virtual void	setAbstractType (AbstractType::Ptr type)
void	setAlwaysForceDirect (bool direct)
void	setAutoDeclaration (bool _auto)
void	setComment (const QByteArray &str)
void	setComment (const QString &str)
void	setContext (DUContext *context, bool anonymous=false)
void	setDeclarationIsDefinition (bool dd)
void	setDeprecated (bool deprecated)
void	setExplicitlyDeleted (bool deleted)
void	setExplicitlyTyped (bool explicitlyTyped)
void	setIdentifier (const Identifier &identifier)
virtual void	setInSymbolTable (bool inSymbolTable)
void	setInternalContext (DUContext *context)
void	setIsTypeAlias (bool typeAlias)
void	setKind (Kind kind)
template<class T >
void	setType (TypePtr< T > type)
virtual IndexedInstantiationInformation	specialization () const
virtual Declaration *	specialize (const IndexedInstantiationInformation &specialization, const TopDUContext *topContext, int upDistance=0)
TopDUContext *	topContext () const override
virtual QString	toString () const
template<class T >
TypePtr< T >	type () const
QMap< IndexedString, QVector< RangeInRevision > >	uses () const
QMap< IndexedString, QVector< KTextEditor::Range > >	usesCurrentRevision () const
Public Member Functions inherited from KDevelop::DUChainBase
	DUChainBase (const RangeInRevision &range)
	DUChainBase (DUChainBaseData &dd)
virtual	~DUChainBase ()
PersistentMovingRange::Ptr	createRangeMoving () const
void	makeDynamic ()
DUChainBase &	operator= (const DUChainBase &rhs)=delete
RangeInRevision	range () const
KTextEditor::Range	rangeInCurrentRevision () const
virtual void	setData (DUChainBaseData *, bool constructorCalled=true)
void	setRange (const RangeInRevision &range)
KTextEditor::Cursor	transformFromLocalRevision (const CursorInRevision &cursor) const
KTextEditor::Range	transformFromLocalRevision (const RangeInRevision &range) const
CursorInRevision	transformToLocalRevision (const KTextEditor::Cursor &cursor) const
RangeInRevision	transformToLocalRevision (const KTextEditor::Range &range) const
virtual IndexedString	url () const
const QExplicitlySharedDataPointer< DUChainPointerData > &	weakPointer () const

Protected Member Functions
	Declaration (DeclarationData &dd, const RangeInRevision &range)
bool	persistentlyDestroying () const
Protected Member Functions inherited from KDevelop::DUChainBase
	DUChainBase (DUChainBase &rhs)
	DUChainBase (DUChainBaseData &dd, const RangeInRevision &range)

Additional Inherited Members
Protected Attributes inherited from KDevelop::DUChainBase
DUChainBaseData *	d_ptr

Detailed Description

Represents a single declaration in a definition-use chain.

Note

A du-context can be freely edited as long as it's parent-context is zero. In the moment the parent-context is set, the context may only be edited when it is allowed to edited it's top-level context (

See also

TopLevelContext::inDUChain())

Definition at line 51 of file declaration.h.

Member Enumeration Documentation

anonymous enum

anonymous enum

Enumerator
Identity

Definition at line 542 of file declaration.h.

AccessPolicy

enum KDevelop::Declaration::AccessPolicy : quint8

Access types.

Enumerator
Public	a public declaration
Protected	a protected declaration
Private	a private declaration
DefaultAccess	a declaration with default access; in java, only package-level access.

Definition at line 56 of file declaration.h.

Kind

enum KDevelop::Declaration::Kind : quint8

Enumeration of the types of declarations.

Enumerator
Type	A type is declared, like a class-declaration or function-declaration, or a typedef("class MyClass {};")
Instance	An instance of a type is declared("MyClass m;")
NamespaceAlias	This is a namespace-alias. You can safely cast this object to NamespaceAliasDeclaration.
Alias	This is an alias-declaration. You can safely cast this object to AliasDeclaration.
Namespace	Declaration of a namespace.
Import	Declaration marks the Import of a file.
Macro	Declaration of a macro such as "#define FOO 1".

Definition at line 63 of file declaration.h.

Constructor & Destructor Documentation

Declaration() [1/4]

KDevelop::Declaration::Declaration	(	const RangeInRevision &	range,
		DUContext *	parentContext
	)

Constructor.

If parentContext is in the symbol table, the declaration will automatically be added into the symbol table.

Parameters

range	range of the alias declaration's identifier
parentContext	context in which this declaration occurred

Definition at line 102 of file declaration.cpp.

Declaration() [2/4]

KDevelop::Declaration::Declaration

(

const Declaration &

rhs

)

Copy-constructor for cloning.

Definition at line 120 of file declaration.cpp.

~Declaration()

KDevelop::Declaration::~Declaration ( )

override

Destructor.

Definition at line 140 of file declaration.cpp.

Declaration() [3/4]

KDevelop::Declaration::Declaration ( DeclarationData &  dd )

explicit

Uses the given data.

Definition at line 125 of file declaration.cpp.

Declaration() [4/4]

KDevelop::Declaration::Declaration ( DeclarationData &  dd, const RangeInRevision &  range  )

protected

Constructor for copy constructors in subclasses.

Parameters

dd	data to copy.
range	text range which this object covers.

Definition at line 129 of file declaration.cpp.

Member Function Documentation

abstractType()

AbstractType::Ptr KDevelop::Declaration::abstractType

(

)

const

Access this declaration's type.

Note

You should not compare or permanently store instances of AbstractType::Ptr. Use IndexedType instead.

Returns

this declaration's type, or null if none has been assigned.

Definition at line 243 of file declaration.cpp.

activateSpecialization()

void KDevelop::Declaration::activateSpecialization ( )

virtual

Signalized that among multiple possible specializations, this one should be used in the UI from now on.

Currently mainly used in C++ for template support. The default-implementation registers the current specialization of this declaration to SpecializationStore if it is nonzero.

Definition at line 555 of file declaration.cpp.

additionalIdentity()

uint KDevelop::Declaration::additionalIdentity ( ) const

virtual

This hash-value should differentiate between multiple different declarations that have the same qualifiedIdentifier, but should have a different identity, and thus own Definitions and own Uses assigned.

Affected by function-arguments, whether this is a template-declaration, etc..

Definition at line 660 of file declaration.cpp.

allocateOwnIndex()

void KDevelop::Declaration::allocateOwnIndex

(

)

Create an index to this declaration from the topContext().

Needed to be able to retrieve ownIndex().

Todo:

Fix multithreading stuff with template instantiation, preferably using some internal mutexes

Definition at line 354 of file declaration.cpp.

alwaysForceDirect()

bool KDevelop::Declaration::alwaysForceDirect

(

)

const

Determine whether this declaration must always be direct.

Definition at line 507 of file declaration.cpp.

clearOwnIndex()

void KDevelop::Declaration::clearOwnIndex

(

)

Clear the index for this declaration in the top context that was allocated with allocateOwnIndex().

Definition at line 338 of file declaration.cpp.

clone()

Declaration * KDevelop::Declaration::clone

(

)

const

Returns a clone of this declaration, with the difference that the returned declaration has no context set, i.e.

context() returns zero.

The declaration will not be registered anywhere, so you must care about its deletion.

This declaration's text-range will be referenced from the clone, so the clone must not live longer than the original.

Definition at line 643 of file declaration.cpp.

comment()

QByteArray KDevelop::Declaration::comment

(

)

const

Returns the comment associated to this declaration in the source-code, or an invalid string if there is none.

Stored in utf-8 encoding.

Definition at line 177 of file declaration.cpp.

context()

DUContext * KDevelop::Declaration::context

(

)

const

Access the parent context of this declaration.

Returns

the parent context of this declaration.

Definition at line 279 of file declaration.cpp.

equalQualifiedIdentifier()

bool KDevelop::Declaration::equalQualifiedIdentifier

(

const Declaration *

rhs

)

const

Compares the qualified identifier of this declaration with the other one, without needing to compute it.

This is more efficient than comparing the results of qualifiedIdentifier().

Parameters

rhs	declaration to compare identifiers with

Returns

true if the identifiers are equal, otherwise false.

Definition at line 665 of file declaration.cpp.

hasUses()

bool KDevelop::Declaration::hasUses

(

)

const

Determines whether the declaration has any uses or not.

Cheaper than calling uses().

Definition at line 742 of file declaration.cpp.

id()

DeclarationId KDevelop::Declaration::id ( bool  forceDirect = false ) const

virtual

See also

DeclarationId

Parameters

forceDirect

When this is true, the DeclarationId is force to be direct, and can be resolved without a symbol-table and top-context. The same goes for Declarations that have alwaysForceDirect() set to true.

Definition at line 564 of file declaration.cpp.

identifier()

Identifier KDevelop::Declaration::identifier

(

)

const

Access this declaration's identifier.

Returns

this declaration's identifier.

Definition at line 204 of file declaration.cpp.

indexedIdentifier()

const IndexedIdentifier & KDevelop::Declaration::indexedIdentifier

(

)

const

Access this declaration's identifier.

Returns

this declaration's identifier in indexed form. This is faster than identifier(), because it equals the internal representation. Use this for example to do equality-comparison.

Definition at line 210 of file declaration.cpp.

indexedType()

IndexedType KDevelop::Declaration::indexedType

(

)

const

Return an indexed form of this declaration's type.

Should be preferred, this is the fastest way, and the correct way for doing equality-comparison.

Returns

the declaration's type.

Definition at line 238 of file declaration.cpp.

inDUChain()

bool KDevelop::Declaration::inDUChain ( ) const

virtual

Determine whether this declaration is accessible through the du-chain.

If it is, it cannot be edited without holding the du-chain write lock.

See also

DUChain::lock()

DUChainWriteLocker

Returns

true if the Declaration is already inserted into a duchain.

Definition at line 91 of file declaration.cpp.

inSymbolTable()

bool KDevelop::Declaration::inSymbolTable

(

)

const

Access whether this declaration is in the symbol table.

Returns

true if this declaration is in the symbol table, otherwise false.

Definition at line 573 of file declaration.cpp.

internalContext()

DUContext * KDevelop::Declaration::internalContext

(

)

const

Retrieve the context that is opened by this declaration, if one exists.

For example, a class will have a declaration which is contained within the context in which it is declared, and a new context will be created to hold class members. This function returns that context. The declaration has to be part of the same top-context.

Returns

the internal context for this declaration or, if none exists, nullptr

Definition at line 425 of file declaration.cpp.

isAnonymous()

bool KDevelop::Declaration::isAnonymous

(

)

const

Whether this declaration has been inserted anonymously into its parent-context.

Definition at line 285 of file declaration.cpp.

isAutoDeclaration()

bool KDevelop::Declaration::isAutoDeclaration

(

)

const

Determine whether this declaration is implicitly created or not.

Definition at line 487 of file declaration.cpp.

isDefinition()

bool KDevelop::Declaration::isDefinition

(

)

const

Determine whether this declaration is also a definition.

Returns

true if this declaration is also a definition, otherwise false.

Definition at line 472 of file declaration.cpp.

isDeprecated()

bool KDevelop::Declaration::isDeprecated

(

)

const

Determine whether the declaration is deprecated.

Definition at line 497 of file declaration.cpp.

isExplicitlyDeleted()

bool KDevelop::Declaration::isExplicitlyDeleted

(

)

const

Determine whether this declaration is "explicitly deleted" or not.

Definition at line 517 of file declaration.cpp.

isExplicitlyTyped()

bool KDevelop::Declaration::isExplicitlyTyped

(

)

const

Determine whether this declaration is explicitly typed.

Definition at line 527 of file declaration.cpp.

isForwardDeclaration()

bool KDevelop::Declaration::isForwardDeclaration ( ) const

virtual

Determine whether this declaration is a forward declaration.

Returns

true if this is a forward declaration, otherwise returns false.

Reimplemented in KDevelop::ForwardDeclaration.

Definition at line 650 of file declaration.cpp.

isFunctionDeclaration()

bool KDevelop::Declaration::isFunctionDeclaration ( ) const

virtual

Determine whether this declaration is a function declaration.

Returns

true if this is a function declaration, otherwise returns false.

Definition at line 655 of file declaration.cpp.

isTypeAlias()

bool KDevelop::Declaration::isTypeAlias

(

)

const

Determine if this declaration is a type-alias (in c++ typedef).

Returns

true if the declaration is a type alias, otherwise false.

Todo:

see whether it would be useful to create an own TypeAliasDeclaration sub-class for this

Definition at line 538 of file declaration.cpp.

kind()

Declaration::Kind KDevelop::Declaration::kind

(

)

const

Returns the kind of this declaration.

See also

Kind

Definition at line 78 of file declaration.cpp.

logicalDeclaration() [1/2]

Declaration * KDevelop::Declaration::logicalDeclaration

(

const TopDUContext *

topContext

)

Definition at line 384 of file declaration.cpp.

logicalDeclaration() [2/2]

const Declaration * KDevelop::Declaration::logicalDeclaration

(

const TopDUContext *

topContext

)

const

This is a convenience function to determine the resolved declaration, if this is a forward declaration.

Otherwise, it just returns this declaration.

Parameters

topContext

Context within which to search for the resolved declaration.

Returns

the resolved declaration if one was found, otherwise this declaration.

Definition at line 372 of file declaration.cpp.

logicalInternalContext()

DUContext * KDevelop::Declaration::logicalInternalContext ( const TopDUContext *  topContext ) const

virtual

Determine the logical internal context for the resolved form of this declaration.

• If this declaration has a definition, and the definition is resolved, it returns the internal context of the definition.
• If this declaration is a forward-declaration, the forward-declaration is resolved, it returns the internal context of the resolved declaration.
• If this is a type-alias, it returns the internal context of the actual type.
• Otherwise, it returns the same as internalContext().

Parameters

topContext

Needed to resolve forward-declarations.

Returns

the resolved internal context, as described above

If this is a type-alias, return the internal context of the actual type.

Reimplemented in KDevelop::ForwardDeclaration.

Definition at line 396 of file declaration.cpp.

operator=()

Declaration& KDevelop::Declaration::operator= ( const Declaration &  rhs )

delete

operator==()

bool KDevelop::Declaration::operator==

(

const Declaration &

other

)

const

Equivalence operator.

Parameters

other

Other declaration to compare.

Returns

true if the declarations are equal, otherwise false.

Definition at line 459 of file declaration.cpp.

ownIndex()

uint KDevelop::Declaration::ownIndex

(

)

const

Returns an index that uniquely identifies this declaration within its surrounding top-context.

That index can be passed to TopDUContext::declarationFromIndex(index) to get the declaration. This is only valid when the declaration is not a specialization (specialization() returns 0), and if it is not anonymous in its context.

Note

for this to be valid, allocateOwnIndex() must have been called first.

the highest big of the index is always zero!

Returns

the index of the declaration within its TopDUContext.

Definition at line 114 of file declaration.cpp.

persistentlyDestroying()

bool KDevelop::Declaration::persistentlyDestroying ( ) const

protected

Returns true if this declaration is being currently destroyed persistently, which means that it should eventually deregister itself from persistent storage facilities.

Only call this from destructors.

Definition at line 134 of file declaration.cpp.

qualifiedIdentifier()

QualifiedIdentifier KDevelop::Declaration::qualifiedIdentifier

(

)

const

Determine the global qualified identifier of this declaration.

Note

This function is expensive, equalQualifiedIdentifier() is preferred if you just want to compare equality.

Definition at line 267 of file declaration.cpp.

setAbstractType()

void KDevelop::Declaration::setAbstractType ( AbstractType::Ptr  type )

virtual

Set this declaration's type.

Parameters

type	this declaration's new type.

Reimplemented in KDevelop::AliasDeclaration, and KDevelop::NamespaceAliasDeclaration.

Definition at line 249 of file declaration.cpp.

setAlwaysForceDirect()

void KDevelop::Declaration::setAlwaysForceDirect

(

bool

direct

)

Changes whether this declaration must be direct in all cases or not.

By default this is set to false.

Parameters

direct

true to force direct, false otherwise.

Definition at line 512 of file declaration.cpp.

setAutoDeclaration()

void KDevelop::Declaration::setAutoDeclaration

(

bool

_auto

)

Changes whether this declaration is "implicitly created".

An implicit declaration is not declared in the class context, but written somewhere else outside.

Declarations are by default not implicitly declared.

Parameters

_auto

true for implicit, false for default behaviour

Definition at line 492 of file declaration.cpp.

setComment() [1/2]

void KDevelop::Declaration::setComment

(

const QByteArray &

str

)

Sets the comment for this declaration.

Note

Should be utf-8 encoded.

Definition at line 186 of file declaration.cpp.

setComment() [2/2]

void KDevelop::Declaration::setComment

(

const QString &

str

)

Sets the comment for this declaration.

Definition at line 199 of file declaration.cpp.

setContext()

void KDevelop::Declaration::setContext	(	DUContext *	context,
		bool	anonymous = false
	)

Set the context in which this declaration occurs.

When setContext() is called, this declaration is inserted into the given context. You only need to be able to write this declaration. You do not need write-privileges for the context, because addDeclaration(..) works separately to that.

If the given context is not in the symbol-table, or if the declaration is inserted anonymously, or if the context is zero, this declaration is removed from the symbol-table. Else it is added to the symbol table with the new scope. See TopDUContext for information about the symbol table.

Parameters

context	New context which contains this declaration. The context must have a top-context if it is not zero.
anonymous	If this is set, this declaration will be added anonymously into the parent-context. This way it can never be found through any of the context's functions, and will not be deleted when the context is deleted, so it must be deleted from elsewhere.

Definition at line 290 of file declaration.cpp.

setDeclarationIsDefinition()

void KDevelop::Declaration::setDeclarationIsDefinition

(

bool

dd

)

Set whether this declaration is also a definition.

Parameters

dd	set this to true if this declaration is also a definition, otherwise false.

Definition at line 480 of file declaration.cpp.

setDeprecated()

void KDevelop::Declaration::setDeprecated

(

bool

deprecated

)

Set whether the declaration is deprecated.

Parameters

deprecated

true if the declaration is deprecated, otherwise false.

Definition at line 502 of file declaration.cpp.

setExplicitlyDeleted()

void KDevelop::Declaration::setExplicitlyDeleted

(

bool

deleted

)

Changes whether this declaration is "explicitly deleted", i.e.

not implicitly declared or accessible.

Parameters

deleted

true for deleted, false for default behaviour

Definition at line 522 of file declaration.cpp.

setExplicitlyTyped()

void KDevelop::Declaration::setExplicitlyTyped

(

bool

explicitlyTyped

)

Changes whether this declaration is explicitly typed.

Explicitly typed declaration has the type written as part of the declaration. The opposite, implicitly typed declaration, has the type deduced by the compiler.

E.g. in C++ variable declarations are explicitly typed unless the "auto" keyword is used.

Parameters

explicitlyTyped

true for explicitly typed, false for implicitly typed

Definition at line 532 of file declaration.cpp.

setIdentifier()

void KDevelop::Declaration::setIdentifier

(

const Identifier &

identifier

)

Set this declaration's identifier.

Parameters

identifier

this declaration's new identifier

Definition at line 225 of file declaration.cpp.

setInSymbolTable()

void KDevelop::Declaration::setInSymbolTable ( bool  inSymbolTable )

virtual

Adds or removes this declaration to/from the symbol table.

Parameters

inSymbolTable

true to add this declaration to the symbol table, false to remove it.

Reimplemented in KDevelop::NamespaceAliasDeclaration.

Definition at line 614 of file declaration.cpp.

setInternalContext()

void KDevelop::Declaration::setInternalContext

(

DUContext *

context

)

Set the internal context for this declaration.

Parameters

context

the internal context

Definition at line 431 of file declaration.cpp.

setIsTypeAlias()

void KDevelop::Declaration::setIsTypeAlias

(

bool

typeAlias

)

Set whether this declaration is a type alias.

Parameters

typeAlias

true if the declaration is a type alias, otherwise false.

Definition at line 544 of file declaration.cpp.

setKind()

void KDevelop::Declaration::setKind

(

Kind

kind

)

Set the kind.

Parameters

kind

new kind

Definition at line 84 of file declaration.cpp.

setType()

template<class T >

void KDevelop::Declaration::setType ( TypePtr< T >  type )

inline

Set this declaration's type.

Parameters

type	the type to assign.

Definition at line 321 of file declaration.h.

specialization()

IndexedInstantiationInformation KDevelop::Declaration::specialization ( ) const

virtual

TODO document.

Definition at line 550 of file declaration.cpp.

specialize()

Declaration * KDevelop::Declaration::specialize ( const IndexedInstantiationInformation &  specialization, const TopDUContext *  topContext, int  upDistance = 0  )

virtual

Retrieve the declaration which is specialized with the given specialization index as seen from topContext.

Parameters

specialization	the specialization index (see DeclarationId)
topContext	the top context representing the perspective from which to specialize. if topContext is zero, only already existing specializations are returned, and if none exists, zero is returned.
upDistance	upwards distance in the context-structure of the given specialization-info. This allows specializing children.

Definition at line 259 of file declaration.cpp.

topContext()

TopDUContext * KDevelop::Declaration::topContext ( ) const

overridevirtual

Determine the top context to which this object belongs.

Todo:

Move the reference to the top-context right into this class, as it's common to all inheriters

Reimplemented from KDevelop::DUChainBase.

Definition at line 633 of file declaration.cpp.

toString()

QString KDevelop::Declaration::toString ( ) const

virtual

Determine this declaration as a string.

Returns

this declaration as a string.

Reimplemented in KDevelop::ClassDeclaration, KDevelop::AliasDeclaration, KDevelop::NamespaceAliasDeclaration, and KDevelop::ForwardDeclaration.

Definition at line 466 of file declaration.cpp.

type()

template<class T >

TypePtr<T> KDevelop::Declaration::type ( ) const

inline

Convenience function to return this declaration's type dynamically casted to T.

Returns

this declaration's type as T, or null if there is no type or it is not of type T.

Definition at line 305 of file declaration.h.

uses()

QMap< IndexedString, QVector< RangeInRevision > > KDevelop::Declaration::uses

(

)

const

Returns a map of files to use-ranges.

The key of the returned map is an url of a file. The value is a list with all use-ranges of this declaration in that file.

Note

The ranges are in the documents local revision, use DUChainUtils::transformFromRevision or usesCurrentRevision()

The uses are unique, no 2 uses are returned that have the same range within the same file.

This is a non-trivial operation and hence expensive.

Definition at line 675 of file declaration.cpp.

usesCurrentRevision()

QMap< IndexedString, QVector< KTextEditor::Range > > KDevelop::Declaration::usesCurrentRevision

(

)

const

Returns a map of files to use-ranges.

The key of the returned map is an url of a file. The value is a list with all use-ranges of this declaration in that file.

Note

The uses are unique, no 2 uses are returned that have the same range within the same file.

Warning

This must be called only from within the foreground, or with the foreground lock locked.

Note

This is a non-trivial operation and hence expensive.

Definition at line 760 of file declaration.cpp.

---

The documentation for this class was generated from the following files:

• declaration.h
• declaration.cpp